Sanabria Torres, Enrique Alberto

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Cloud-based energy management system for grid-connect prosumer microgrid
(2022-07-07) Sanabria Torres, Enrique Alberto; Andrade Rengifo, Fabio; College of Engineering; Diaz Aldana, Nelson Leonardo; Aponte Bezares, Erick E.; Department of Electrical and Computer Engineering; Narciso Farias, Flor E.
In a Microgrid, the integration of many tasks enables a proper energy management system. Jobs involving real-time support and information processing for having an autonomous and scalable management system, and others such as massive data storage capabilities and security considerations to guarantee Microgrid reliability and validity, are a few. This document presents an experimental platform to emulate a real-time energy management system for a grid connect Microgrid, solving the economic dispatch problem under a cloud-based architecture and ensuring the appropriately supervised learning functionality in a Microgrid with smart measurements. Namely, it was necessary to revise and run Microgrid implementations, integrate real-time simulation platforms, connect to a virtual server from a Microgrid control, and set the energy management system using cloud computing.